Samsung M378A2K43EB1-CWEDY 16GB 3200MHZ PC4-25600 DDR4 SDRAM 288-pin UDIMM Memory Module

Overview of Samsung M378A2K43EB1-CWEDY 16GB DDR4 Ram

The Samsung M378A2K43EB1-CWEDY 16GB DDR4 3200MHz PC4-25600 Unbuffered SDRAM 288-Pin UDIMM Memory Module is designed to deliver high-speed, reliable, and efficient performance for modern desktop computing, workstation environments, and small-scale server setups that utilize unbuffered DDR4 memory. Engineered with Samsung’s advanced DRAM technology, this 16GB module provides a perfect balance between speed, capacity, and power efficiency. Its 3200MHz frequency coupled with PC4-25600 bandwidth ensures fast data transfer, enabling smooth multitasking, accelerated application performance, and improved responsiveness for memory-intensive workloads.

DDR4 Architecture and Enhanced Performance

The DDR4 architecture in the Samsung M378A2K43EB1-CWEDY module delivers significant improvements over DDR3 memory, including higher data rates, increased bandwidth, and optimized signal integrity. Operating at 3200MHz, this memory module allows faster read and write cycles, reducing bottlenecks in the CPU-to-memory communication. The enhanced architecture ensures that both consumer and professional applications, such as gaming, content creation, virtualization, and CAD software, benefit from a responsive and fluid computing experience. The DDR4 design also supports lower power consumption and improved thermal performance compared to its predecessors, making it suitable for energy-conscious desktop systems.

Unbuffered UDIMM Form Factor and Desktop

The unbuffered UDIMM design of the Samsung M378A2K43EB1-CWEDY enables direct communication with the memory controller on the motherboard, which reduces latency and improves access speeds. This configuration is ideal for desktops and small workstations where ultra-low latency and high responsiveness are critical. The 288-pin form factor follows JEDEC standards, ensuring broad compatibility with modern Intel and AMD desktop platforms. It allows seamless integration into dual-channel, triple-channel, or quad-channel configurations, offering enhanced system bandwidth and improved overall performance.

CAS Latency

The Samsung M378A2K43EB1-CWEDY features CL22 latency, which balances speed and stability. CAS latency measures the delay between a memory request and the moment data becomes available. CL22 ensures low access times, allowing smooth execution of complex applications, high-frame-rate gaming, and professional productivity tasks. This timing efficiency is particularly beneficial for users performing heavy multitasking, video editing, large dataset processing, or running virtual machines. Optimized timing reduces idle CPU cycles, enabling faster processing and improved system throughput.

High-Speed Data Transfer and Application

The combination of 3200MHz frequency and PC4-25600 bandwidth in this Samsung UDIMM module enables fast data transfer rates essential for modern computing environments. Users can experience rapid application launch times, responsive gaming, smooth multitasking, and accelerated content creation workflows. High-speed DDR4 memory ensures that professional workloads, including software development, video editing, 3D modeling, and computational simulations, can be executed efficiently without memory bottlenecks. This high data throughput also enhances multi-threaded processing, benefiting CPUs with multiple cores and improving overall computational efficiency.

Memory Expansion and Multi-Channel Configurations

The Samsung M378A2K43EB1-CWEDY supports memory expansion in multi-channel configurations, which allows users to maximize performance by installing identical modules in dual, triple, or quad-channel setups. Multi-channel memory configurations increase memory bandwidth by enabling simultaneous access to multiple modules, significantly improving performance in demanding tasks. Users can customize system memory to match workload requirements, ensuring high-speed operation in gaming, professional design, virtualization, and database environments. Proper memory channel utilization results in balanced workloads and reduced latency across applications.

Configuration and Reliability Considerations

This module features a Non-ECC (Error-Correcting Code) configuration, which is suitable for desktop and workstation environments where minor single-bit errors are acceptable and extreme error correction is not required. While Non-ECC memory does not perform automatic error correction, the module maintains high-quality DRAM standards and rigorous Samsung quality assurance to ensure reliability, stability, and long-term performance. Users can trust the module to deliver consistent operation during extended use, including intensive multitasking, gaming, content creation, and office productivity tasks.

System Integration

Samsung ensures that the M378A2K43EB1-CWEDY module meets JEDEC DDR4 specifications, providing broad compatibility with contemporary desktop motherboards supporting DDR4 UDIMM memory. Its 288-pin interface guarantees secure installation and optimal electrical connectivity. The module is compatible with both Intel and AMD platforms, allowing users to upgrade existing systems or build new configurations without compatibility concerns. Its unbuffered UDIMM design is particularly advantageous for consumer desktops, workstation PCs, and compact computing systems.

Applications in Personal Computing and Workstations

The 16GB capacity of the Samsung M378A2K43EB1-CWEDY supports extensive multitasking and high-performance workloads. In personal computing, users benefit from enhanced gaming performance, quicker boot times, and seamless operation of multiple applications. In professional workstations, the module accelerates tasks such as video editing, graphic design, software development, 3D modeling, and virtual machine operation. The combination of high-speed DDR4 technology, large memory capacity, and low-latency performance ensures smooth, uninterrupted computing experiences across diverse use cases.

Thermal Reliability and Longevity

Samsung designs each module to maintain stability and longevity, even under high-load conditions. The M378A2K43EB1-CWEDY benefits from efficient voltage operation, superior PCB materials, and quality DRAM chips to reduce heat output and maintain optimal temperatures. This stability minimizes the risk of errors and contributes to long-term system reliability, making it suitable for sustained workloads in professional and personal environments. Users can rely on consistent performance without thermal throttling or memory degradation over time.

Scalability and Future-Proofing

The Samsung M378A2K43EB1-CWEDY allows for easy scalability to accommodate growing system memory requirements. Users can install multiple modules to increase total system memory for enhanced multitasking, improved application responsiveness, and higher performance in multi-threaded workloads. This scalability ensures that systems remain future-proof, supporting increasingly memory-intensive applications and evolving software requirements. Multi-module configurations also enhance performance in dual, triple, and quad-channel setups, enabling balanced workloads and increased throughput.